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Àêèìóøêèí È. — Ïðèìàòû ìîðÿ
Àêèìóøêèí È. — Ïðèìàòû ìîðÿ



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ßçûê: ru

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1963

Êîëè÷åñòâî ñòðàíèö: 150

Äîáàâëåíà â êàòàëîã: 02.03.2014

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
$Aedes$ $aegypti$      222
$Alcaligenes$ $eutrophus$      118
$Alcaligenes$ $eutrophus$, copolyesters      139
$Anopheles$ $albimanus$, rearing      222
$Aspergillus$ $niger$, active site determinations      284—285
$Aspergillus$ $niger$, mutation studies      279
$Aspergillus$ $niger$, phytase isolation      278—279
$Aspergillus$ $niger$, phytase production with      266—268
$Aspergillus$ $niger$, sequence studies      281—284
$Bacillus$ $brevis$      243—246
$Bacillus$ $circulans$      246—248
$Bacillus$ $laterosporus$      248—250
$Bacillus$ $megaterium$      115—116
$Bacillus$ $sphaericus$      257
$Bacillus$ $thuringiensis$      257
$Bacillus$ $thuringiensis$, application      4—6
$Bacillus$ $thuringiensis$, as biological insecticide      16—17
$Bacillus$ $thuringiensis$, description      1—4
$Bacillus$ $thuringiensis$, genes      see "$Cry$ genes"
$Bacillus$ $thuringiensis$, novel strains, construction      17—18
$Bacillus$ $thuringiensis$, protein structure      10—14
$Bacillus$ $thuringiensis$, recombinant strains, construction      18—19
$Bacillus$ $thuringiensis$, resistance      25—27
$Bacillus$ $thuringiensis$, resistance management via refuges      28—29
$Bacillus$ $thuringiensis$, resistance management via rotations      27—28
$Bacillus$ $thuringiensis$, resistance management via toxin mixtures      28
$Bacillus$ $thuringiensis$, toxins, classification      6—10
$Bacillus$ $thuringiensis$, toxins, delivery systems      21—26
$Bacillus$ $thuringiensis$, toxins, dosage      29—30
$Bacillus$ $thuringiensis$, toxins, mechanisms of action      14—16
$Bacillus$ $thuringiensis$, vectors, baculoviruses as      21
$Biomphalaria$ $glabrata$      231—233
$Cry$ genes      8—10
$Cry$ genes in Bt strain construction      18—19
$Cry$ genes in transgenic microbe construction      19—20
$Cry$ genes, expression in plants      22—25
$Cry$ genes, insect-tolerance and      31—33
$Cry$ genes, screening      12—14
$Cry$ genes, structure      10—12
$Culex$ $quinquefasciatus$, $rearing$      222
$Dreissena$ $polymorpha$      233—236
$Heterodera$ $glycines$      229—231
$Hydrogenophage$ $pseudoflava$      118
$Lasioderma$ $serricorne$      227—228
$Plodia$ $interpunctella$      228
$Pseudomonas$ $oleovorans$      158
$Pseudomonas$ $pseudoflava$      see "$Hydrogenophage$ $pseudoflava$"
$Rhodospirillum$ $rubrum$      118 158—159
$Simulium$ $vitattum$      224—226
$Trichostrongylus$ $colubriformis$      228—229
$\beta$-Butyrolactone polymerization      114—115
$\beta$-Ketothiolases      140
$\beta$-Lactone, polymerization      111—113
$\delta$-Endotoxins      30
Acetoacyl-CoA reductase      140—142
Acid phosphatase, active site determinations      284—285
Acid phosphatase, characterization      279—281
Acid phosphatase, cloning      288—291
Acid phosphatase, enzyme engineering studies      285—288
Acid phosphatase, immobilization studies      291—292
Acid phosphatase, sequence studies      281—284
Acidification      82
Activated sludge      164—165
Aeration      63
Agitation      63
Archaebacteria, carbohydrate-utilizing halophilic      125
Bacillus spp., Bacillus alvei systematics      241—243
Bacillus spp., biology      256
Bacillus spp., candidate cultures      252
Bacillus spp., fermentation      252—253
Bacillus spp., general considerations      221—222
Bacillus spp., Indian meal moths and      228
Bacillus spp., products from      255—256
Bacillus spp., sources      221—222
Bacillus spp., strain comparison techniques      236—241
Bacillus spp., targets      222
Bacillus spp., toxins      253—256
bacteria      see also "Archaehacteria"
Bacteria in lactic acid production      50—54
Bacteria nitrogen-fixing      122—125
Bacteria PHAs, biosynthesis      128—135
Bacteria, phytase sources      272
Baculoviruses, as Bt vectors      21
batch processes      65—66
Beetles      see "Cigarette beetles"
Biodegradable polyesters      169—173
Biodegradable polyesters, application      169—173
Biodegradable polyesters, classification      98—100
Biodegradable polyesters, granules      146—151
Biodegradable polyesters, microbial production      158—164
Biodegradable polyesters, natural      100
Biodegradable polyesters, synthetic      100—104
Biodegradable polyesters, terminology      107
Biodegradation      173—176
Biodegradation, approaches      176—179
Biodegradation, bacterial      176—179
Biodegradation, Biopol      181—182
Biodegradation, enzymatic      179—180
Biodegradation, extracellular      176
Biodegradation, factors effects      182—187
Biodegradation, hydrolytic      179—180
Biodegradation, in natural environments      181
Biodegradation, methanogenic      176
Biodegradation, PHA depolymerases in      187—194
Biodegradation, polymer composition and      187
Biodegradation, synthetic polyesters      194—198
Biodegradation, temperature and      183—184
Biodegradation, under aerobic conditions      185
Biological controls      257—258
Biological insecticides, $Bacillus$ $thuringiensis$ as      16—17
Biopolymers, description      97—98
Biting blackfly larvae      224—226
Bt      see "$Bacillus$ $thuringiensis$
Centrifugation      82—83
Cigarette beetles      227—228
Clean Water Act      45
Conjugation, in Bt strains construction      17—18
Continuous membrane cell recycle systems      68—71
Continuous stirred tank reactor systems      66—68
Copolymer P(HB-co-HV), polymerization      113—114
Cornstarch, phytase synthesis and      274—278
Cutin      100
Dialysis systems      77—79
Distillation, lactic acid      83
Dutch cloning studies      290
Feed studies      292—295
Fermentations $Bacillus$ $alvei$      242
Fermentations $Bacillus$ $brevis$      244—246
Fermentations $Bacillus$ $circulans$      246—247
Fermentations $Bacillus$ $laterosporus$      250
Fermentations $Bacillus$ spp.      252—253
Fermentations, extractive      84—85
Fermentations, lactic acid, acidification      82
Fermentations, lactic acid, adsorption      83—84
Fermentations, lactic acid, aeration      63—64
Fermentations, lactic acid, agitation      63—64
Fermentations, lactic acid, bacteria      50—54
Fermentations, lactic acid, batch processes      65—66
Fermentations, lactic acid, centrifugation      82—83
Fermentations, lactic acid, continuous membrane cell recycle systems      68—71
Fermentations, lactic acid, continuous stirred tank reactor systems      66—68
Fermentations, lactic acid, dialysis systems      77—79
Fermentations, lactic acid, economics      87—88
Fermentations, lactic acid, equipment      63
Fermentations, lactic acid, history      45—47
Fermentations, lactic acid, HPLC      86—87
Fermentations, lactic acid, immobilized cell systems      71—77
Fermentations, lactic acid, inoculum development      64—65
Fermentations, lactic acid, ion exchange      83—84
Fermentations, lactic acid, microfiltration      82—83
Fermentations, lactic acid, modeling studies      79—81
Fermentations, lactic acid, molds      54
Fermentations, lactic acid, on-line control systems      87
Fermentations, lactic acid, pH control      86
Fermentations, lactic acid, process control      85—86
Fermentations, lactic acid, process kinetics      79—81
Fermentations, lactic acid, process systems      58—64
Fermentations, lactic acid, purification      82
Fermentations, lactic acid, raw materials      54—58
Fermentations, lactic acid, reverse osmosis      84
Fermentations, lactic acid, solvent extraction      84—85
Fermentations, lactic acid, sterilization      63
Fermentations, lactic acid, temperature control      63—64
Fermentations, lactic acid, tubular bioreactors      71
Fermentations, lactic acid, ultrafiltration      82—83
Fermentations, PHAs      159—161
Fungi      see also "$specific$ $types$"
Fungi, phytase sources      272—273
Granules      146—151
High-performance liquid chromatography      86—87
HPLC      see "High-performance liquid chromatography"
Hydroxyacyl-CoA dehydrogenase      140—142
Immobilization      291—292
Immobilized cell systems      71—77
Indian meal moths      228
Inoculum development      64—65
Insect tolerance in plants      21—26
Insect tolerance, Cry genes and      31—33
Insecticides      see "Biological insecticides"
Ion exchange      83—84
Lactic acid, commercial uses      48—50
Lactic acid, distillation      83
Lactic acid, fermentation, acidification      82
Lactic acid, fermentation, adsorption      83—84
Lactic acid, fermentation, aeration      63—64
Lactic acid, fermentation, agitation      63—64
Lactic acid, fermentation, bacteria      50—54
Lactic acid, fermentation, batch processes      65—66
Lactic acid, fermentation, centrifugation      82—83
Lactic acid, fermentation, continuous membrane cell recycle systems      68—71
Lactic acid, fermentation, continuous stirred tank reactor systems      66—68
Lactic acid, fermentation, dialysis systems      77—-79
Lactic acid, fermentation, economics      87—88
Lactic acid, fermentation, equipment      63
Lactic acid, fermentation, history      45—47
Lactic acid, fermentation, HPLC      86—87
Lactic acid, fermentation, immobilized cell systems      71—77
Lactic acid, fermentation, inoculum development      64—65
Lactic acid, fermentation, ion exchange      83—84
Lactic acid, fermentation, microfiltration      82—83
Lactic acid, fermentation, microorganisms      50—54
Lactic acid, fermentation, modeling studies      79—81
Lactic acid, fermentation, molds      54
Lactic acid, fermentation, on-line control systems      87
Lactic acid, fermentation, pH control      86
Lactic acid, fermentation, precipitation      82
Lactic acid, fermentation, process control      85—86
Lactic acid, fermentation, process kinetics      79—81
Lactic acid, fermentation, process systems      58—64
Lactic acid, fermentation, purification      82
Lactic acid, fermentation, raw materials      54—58
Lactic acid, fermentation, reverse osmosis      84
Lactic acid, fermentation, solvent extraction      84—85
Lactic acid, fermentation, sterilization      63
Lactic acid, fermentation, temperature control      63—64
Lactic acid, fermentation, tubular bioreactors      71
Lactic acid, fermentation, ultrafiltration      82—83
Lactic acid, properties      47—48
Microbes      see "Transgenic microbe construction"
Microfiltration      82—83
Microorganisms, in phytase production      266—268
Molds, in lactic acid production      54
Mosquito larvae      222
Moths      see "Indian meal moths"
Mussels      see "Zebra mussels"
Nematodes, phytoparasitic      229—231
Nematodes, zooparasitic      228—229
Nitrogen, PHB synthesis and      154—155
Nutrition, phytic acid in      270—271
Osmosis      see "Reverse osmosis"
Pan Labs cloning studies      290—291
Pellet formation, in phytase synthesis      278—279
pH control      86
PHA synthase (polymerase)      143—146
PHAs      see "Poly(hydroxyalkanoates)""
PHB      see "Poly($\beta$-hydroxybutyrate)"
Phosphorous, phytase synthesis and      274—278
Phototrophs      116—118
Phytase, $Aspergillus$ $niger$ producing      266—268 272—273
Phytase, active site determinations      284—285
Phytase, bacterial sources      272
Phytase, characterization      279—281
Phytase, cloning      288—291
Phytase, enzyme engineering studies      285—288
Phytase, feed studies      292—295
Phytase, fungal sources      272—273
Phytase, immobilization studies      291—292
Phytase, microorganisms producing      266—268
Phytase, plant sources      271
Phytase, pollution abatement and      295—296
Phytase, product development      263—269
Phytase, sequence studies      281—284
Phytase, synthesis, cornstarch source effects      274—278
Phytase, synthesis, medium ingredient effects      278—279
Phytase, synthesis, pellet formation effects      278—279
Phytase, synthesis, phosphorous effects      274—278
Phytase, synthesis, yields      278—279
Phytic acid in nutrition, role      270—271
Phytic acid in plants, role      269—270
Plants      see also "Transgenic plants"
Plants, phytase sources      271—274
Plants, phytic acid in, role      269—270
Pollution abatement      295—296
Poly($\beta$-hydroxyalkanoates)      146
Poly($\beta$-hydroxyalkanoates), granules      149-151
Poly($\beta$-hydroxybutyrate) in $Alcaligenes$ $eutrophus$      118
Poly($\beta$-hydroxybutyrate) in $Bacillus$ $megaterium$      115—116
Poly($\beta$-hydroxybutyrate) in $Hydrogenophage$ $pseudoflava$      118
Poly($\beta$-hydroxybutyrate) in $Pseudomonas$ $oleovorans$      158
Poly($\beta$-hydroxybutyrate) in $Rhodospirillum$ $rubrum$      118 158—159
Poly($\beta$-hydroxybutyrate) in activated sludge      164—165
Poly($\beta$-hydroxybutyrate) in natural environments      164—165
Poly($\beta$-hydroxybutyrate) in nitrogen-fixing bacteria      122—125
Poly($\beta$-hydroxybutyrate) in phototrophs      116—118
Poly($\beta$-hydroxybutyrate) in transgenic plants      125—126
Poly($\beta$-hydroxybutyrate) physical properties      165—169
Poly($\beta$-hydroxybutyrate), biodegradation, approaches      176—179
Poly($\beta$-hydroxybutyrate), biodegradation, bacterial      176—179
Poly($\beta$-hydroxybutyrate), biodegradation, Biopol      181—182
Poly($\beta$-hydroxybutyrate), biodegradation, enzymatic      179—180
Poly($\beta$-hydroxybutyrate), biodegradation, extracellular      176
Poly($\beta$-hydroxybutyrate), biodegradation, factors effects      182—187
Poly($\beta$-hydroxybutyrate), biodegradation, hydrolytic      179—180
Poly($\beta$-hydroxybutyrate), biodegradation, methanogenic      176 176—179
Poly($\beta$-hydroxybutyrate), biodegradation, PHA depolymerases in      187—194
Poly($\beta$-hydroxybutyrate), biodegradation, polymer composition      187
Poly($\beta$-hydroxybutyrate), biodegradation, temperature and      183—184
Poly($\beta$-hydroxybutyrate), biodegradation, under aerobic conditions      185
Poly($\beta$-hydroxybutyrate), biodegradation, under natural environments      181
Poly($\beta$-hydroxybutyrate), biosynthesis      128—135 135—138
Poly($\beta$-hydroxybutyrate), biosynthesis with $Alcaligenes$ copolyesters      139
Poly($\beta$-hydroxybutyrate), biosynthesis with $\beta$-ketothiolases      140
Poly($\beta$-hydroxybutyrate), biosynthesis with acetoacyl-CoA reductase      140—142
Poly($\beta$-hydroxybutyrate), biosynthesis with hydroxyacyl-CoA dehydrogenase      140—142
Poly($\beta$-hydroxybutyrate), biosynthesis, PHA synthase (polymerase)      143—146
Poly($\beta$-hydroxybutyrate), carbohydrate-utilizing halophilic archaebacteria      125
Poly($\beta$-hydroxybutyrate), characterization      128
Poly($\beta$-hydroxybutyrate), chemical synthesis      107—115
Poly($\beta$-hydroxybutyrate), chemotrophs      118—125
Poly($\beta$-hydroxybutyrate), descriptions      104—107
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